Answer:
1/4
Explanation:
Incomplete dominance is when the dominant ("R") gene is not completely dominant and cannot fully mask or cover the recessive ("r") gene. This means that it will result in both genes expressing and a mix of traits appearing. In the case of a flower with "R" genes for red and "r" genes for white, the following possibly combinations exist:
RR = all red, no white "r" gene
Rr = pink, as both the "R" and "r" genes are expressed
rr = white, no red "R" gene
The Punnett Square shows that only one of the four phenotypes is RR and red.
He answers is B It equals the rate of the formation of SO3
Answer:
Whether the mixture can be separated
Answer:
The complete equation (a) is:
, and is an exothermica phase change
The complete equation (b) is:
, and is an endothermic phase change.
Explanation:
<em>Equation (a):</em>
, is showing a phase change from a more-energetic state (liquid) to a relative-less-energetic state (solid), that means, that in order to have the phase change, it is requiered to remove heat (energy) from the water, this is known an exothermic (releases heat).
<em>Equation (b).</em>
, shows that to change from a relative-less-energetic phase (liquid) to a more-energetic one (gas), it would be needed to supply energy in order to acomplish this. And it is called endothermic (absorves heat)
Hello,
Here is your answer:
The proper answer to this question is option B "a data table". Data tables are not examples of scientific models.
Your answer is B.
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